This paper provides an overview of modern research on magnetoplasma methods of
influencing gas-dynamic and plasma flows. The main physical mechanisms that control the …

The results of studies of the microstructure in the initial phase of the discharge in air in the
gap between the pin and a plane 1.5 mm long are presented. Measurements show that …

Observations of the early stage of a spark discharge in air at atmospheric pressure in the pin-
to-plate geometry under a single high-voltage pulse, including an initial stage of the channel …

Studies of plasma of different types of discharge in He-N 2 mixtures by the radiation
spectroscopy technique are reviewed, and the main mechanisms of formation of emissive …

Numerical simulation of the development of ionization waves—streamers—in pure argon at
atmospheric pressure in a plane-parallel gap has been performed. The velocities and …

Nanosecond discharges at atmospheric pressure have a wide range of applications. The
features of a nanosecond spark discharge formation strongly depend on the discharge gap …

A technique of determination of the thermal conductivity of structural materials in a wide
range of temperatures has been developed and verified. A three-dimensional simulation of …

In this work the destruction mechanism of a pure tungsten cathode during the initiation of
direct current arc is studied. The experimental work shows that the cathode resides in liquid …

The method of long spark discharge initiating near the surface of the aerodynamic model,
streamlined by supersonic airflow, was investigated. It has been shown experimentally that …

The article presents the results of studying the stationary mode of cross-flow instability
excited by a plasma actuator based on dielectric barrier discharge in a three-dimensional …